Floods and sea storms: analysis of contemporaneity conditions in Calabria, Italy

A Scientometric Analysis of Predicting Methods for Identifying the Environmental Risks Caused by Landslides

“…CNR IRPI's areas of focus includes landslide risk disaster risk reduction, landslide identification and mapping, soil investigation analyses, remote sensing data analysis, landslide predicting systems, landslide vulnerability and threat modeling, socioeconomic impact assessment of landslides, and propagation of landslide information [93,94]. CNR IRPI is a center of expertise for geo-hydrological hazard identification and risk management for the Italian National Department of Civil Protection, a Prime Minister's Office [95]. The authors report an investigation of landslide incidence in Porretta-Vergato, Italy, in relation to protracted seasonal rainfall.…”

Time-Series Forecasting of Topographical Changes on Byunsan Beach in South Korea

“…While waves, climate (Kroon et al, 2020), rainfall events (Zellou and Rahali, 2019), and coastal sedimentary balance (Besset, Anthony, and Bouchette, 2019), are primary natural elements affecting coastal erosion, which are in turn influenced by longshore and river transport, construction of hydraulic structures such as dams and weirs (Zema et al, 2014), removal of river silt, destruction of dune systems, and development of ports and coastal defenses act as primary anthropogenic contributors (Valsamidis and Reeve, 2017). Additionally, anthropogenic pressure increases impermeable surfaces, negatively affecting the susceptibility of the coastal territory to the effects of natural disasters such as floods and sea storms, especially during the concurrent occurrence of other calamities (Canale et al, 2020). Increasing sea levels and the frequency and intensity of extreme weather events due to climate change can also have an erosive effect on coastal environments (Yang et al, 2015).…”